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So, I had a couple days when I wasn't feeling as bad and used them to build everything I had again into various tins and here's the result with many pics showing how I did it. This isn't really a review but I needed a place to post them all as there are 405nm, 532nm, 660nm and a single 685nm.
First remove any candy/mints and eat (if candy):
I was going to use the little driver shown but it had issues. All holes in anything I made using a dremel which is not easy. Have to take your time to make circles and rectangles on thin metal without ripping through it or making any marks:
Wired with driver. I purposely wire everything so I can easily change batteries or pull the driver. The module is epoxied in place though so I can adjust the focus. 200mW LPC-826 with focus with a single 10440:
Switched the driver to an AixiZ when it was having issues changing from lo/hi/strobe:
#2
Here's a little tin used to hold the weights for my Logitech mouse with a 102mW 532nm using a 10440:
#3
Altoids spearmint with a couple AA just because there's so much room even though I could have used a 10440 or 14500. 85mW 532nm:
Another pic of my dirty carpet:
#4
PUR mints tin (very small) with a 20mW 685nm and LiFePO4. Only tin that wasn't in new like condition:
Only one I didn't do as good a job with cutting the switch opening
#5/#6 and #7
This is a (4) AA battery holder with built in switch that I modified:
This side has a little screw to keep the battery cover from moving:
You open it up and it's set up for (4) AA in series. There's a small cover at the top that hides the switches and connections that has to be removed:
Removed the cover:
Removed parts I am not going to need. Going to be wired for (2) 14500 as the AixiZ driver needs the voltage:
Pressed the diodes and attached the drivers after setting them properly:
One issue with the AixiZ driver is it is too long for the back cover to fit so you have to remove the back section :
Yup, both an 660nm LPC-826 and a blu-ray 150mW 405nm with color coordinated focus knobs:
One hole made:
2 holes:
Switch holes made:
Switches and modules in place wired separately from the box switch. Wiring is (2) 14500 for 8.4V through the switch on the box and then to each individual switch for the 2 modules. Allows both to come on at the same time or either switched on/off. You can see in this pic how the AixiZ drivers stick out the ends of the module and thus why I have to remove the back end:
Yes I put the screw in after this shot:
150mW 405nm blu-ray and 250mW 660nm LPC-826
Here's a pic with another I had made on the left that has a 150mW 405nm blu-ray in it wired for (2) 10440 in series with an AixiZ driver that has a built in switch on the box:
Uhuh, you guessed it, #8/#9/#10:
MYNTZ! tin wired for an LPC-826, 532nm and blu-ray. The battery holder is a (3) AAA that was rewired for a single 10440 to the 532nm and (2) 10440 in series to the 405nm and 660nm. Each has it's own switch so anything can be turned on/off individually. I had to remove the 532nm driver and wire it separate back to it as it made the module too long to fit the battery holder:
Didn't take a pic of it but the stickers for the diodes and outputs are on the inside of the tin on the lid and read:
270mW 660nm LPC-826, 85mW 532nm and 150mW 405nm blu-ray
All together now:
Individual pics:
685nm:
660nm:
685nm and 660nm just to compare:
532nm:
405nm:
The 405nm and 660nm box:
The 405nm/532nm/660nm tin (sorry, the 405nm on the right side is very washed out next to the 532nm Looks better in person
All together now looking at about 16 hours of work:
Total of 1,462mW or 1.462W If you look carefully you can see all 10 on:
First remove any candy/mints and eat (if candy):
I was going to use the little driver shown but it had issues. All holes in anything I made using a dremel which is not easy. Have to take your time to make circles and rectangles on thin metal without ripping through it or making any marks:
Wired with driver. I purposely wire everything so I can easily change batteries or pull the driver. The module is epoxied in place though so I can adjust the focus. 200mW LPC-826 with focus with a single 10440:
Switched the driver to an AixiZ when it was having issues changing from lo/hi/strobe:
#2
Here's a little tin used to hold the weights for my Logitech mouse with a 102mW 532nm using a 10440:
#3
Altoids spearmint with a couple AA just because there's so much room even though I could have used a 10440 or 14500. 85mW 532nm:
Another pic of my dirty carpet:
#4
PUR mints tin (very small) with a 20mW 685nm and LiFePO4. Only tin that wasn't in new like condition:
Only one I didn't do as good a job with cutting the switch opening
#5/#6 and #7
This is a (4) AA battery holder with built in switch that I modified:
This side has a little screw to keep the battery cover from moving:
You open it up and it's set up for (4) AA in series. There's a small cover at the top that hides the switches and connections that has to be removed:
Removed the cover:
Removed parts I am not going to need. Going to be wired for (2) 14500 as the AixiZ driver needs the voltage:
Pressed the diodes and attached the drivers after setting them properly:
One issue with the AixiZ driver is it is too long for the back cover to fit so you have to remove the back section :
Yup, both an 660nm LPC-826 and a blu-ray 150mW 405nm with color coordinated focus knobs:
One hole made:
2 holes:
Switch holes made:
Switches and modules in place wired separately from the box switch. Wiring is (2) 14500 for 8.4V through the switch on the box and then to each individual switch for the 2 modules. Allows both to come on at the same time or either switched on/off. You can see in this pic how the AixiZ drivers stick out the ends of the module and thus why I have to remove the back end:
Yes I put the screw in after this shot:
150mW 405nm blu-ray and 250mW 660nm LPC-826
Here's a pic with another I had made on the left that has a 150mW 405nm blu-ray in it wired for (2) 10440 in series with an AixiZ driver that has a built in switch on the box:
Uhuh, you guessed it, #8/#9/#10:
MYNTZ! tin wired for an LPC-826, 532nm and blu-ray. The battery holder is a (3) AAA that was rewired for a single 10440 to the 532nm and (2) 10440 in series to the 405nm and 660nm. Each has it's own switch so anything can be turned on/off individually. I had to remove the 532nm driver and wire it separate back to it as it made the module too long to fit the battery holder:
Didn't take a pic of it but the stickers for the diodes and outputs are on the inside of the tin on the lid and read:
270mW 660nm LPC-826, 85mW 532nm and 150mW 405nm blu-ray
All together now:
Individual pics:
685nm:
660nm:
685nm and 660nm just to compare:
532nm:
405nm:
The 405nm and 660nm box:
The 405nm/532nm/660nm tin (sorry, the 405nm on the right side is very washed out next to the 532nm Looks better in person
All together now looking at about 16 hours of work:
Total of 1,462mW or 1.462W If you look carefully you can see all 10 on:
Last edited: